Novel turbine generator rotor boxing device and method

Abstract

The invention relates to a novel turbine generator rotor boxing device which comprises a bracket, a baffle fixing device and at least one supporting device. A generator rotor is arranged at the top ofthe bracket; the baffle fixing device is arranged at the top of one end of the bracket and fixedly connected with a shaft flange at the end part of the generator rotor; the supporting devices are allinstalled at the top of the bracket; and the supporting devices sequentially fix the rotor body of the generator rotor along the axial direction of the generator rotor. The generator rotor is fixed on the baffle fixing device and the supporting devices, so that whole boxing can bear large axial force and is suitable for various road transportation in the transportation process; and in addition, the device can be used on generator rotors with the same or similar rotor bodies and slightly different other structures, thereby improving the universality of boxing.

Description

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AI Technical Summary

Benefits of technology

This patented technology allows generators (rotating parts) to be securely mounted onto support devices while still allowing them to carry more weight than traditional methods like bolts. It also makes it possible to create packages made up from these materials without requiring any special tools such as screws.

Problems solved by technology

The technical problem addressed by this patented solution relates to protective measures taken against impacts from heavy loads on generators used in power generation systems such as wind energy plants (WEN). Current methods involve wrapping the rotors inside boxes made up of wood frame materials that are prone to being damaged when shipped over uneven surfaces due to their weight. Additionally, current method involves individually selecting specific sizes based upon user's needs can result in misalignment between the size needed for each customer group.

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